CN209034484U

CN209034484U - Efficient feed pipe for Chemical Manufacture

Info

Publication number: CN209034484U
Application number: CN201821389964.XU
Authority: CN
Inventors: 宋华
Original assignee: Sichuan Shiliwang Agricultural Science And Technology Development Co Ltd
Current assignee: Sichuan Shiliwang Agricultural Science And Technology Development Co Ltd
Priority date: 2018-08-28
Filing date: 2018-08-28
Publication date: 2019-06-28
Anticipated expiration: 2028-08-28

Abstract

The utility model relates to a kind of chemical production devices, it is particularly used for the efficient feed pipe of Chemical Manufacture, including the hopper being sequentially communicated, crush pipe and warming and humidifying pipe, the crushing pipe includes outer tube and inner sleeve, the outer tube includes turning to turn semicanal outside semicanal and second outside first, turn the tubular structure of semicanal forming closed outside two, one of them outer diameter for turning semicanal, which is slightly larger than outside another, turns semicanal, enable two to turn semicanal outside to relatively rotate, the inner sleeve include with turn that semicanal is connected outside first first in rotor, and with turn that semicanal is connected outside second second in rotor, multiple extruding shredder heads are connected on the inner wall of rotor in rotor and second in first, the structure for heating and humidifying to raw material is equipped in the warming and humidifying pipe.Using rotor relative rotation in rotor and second in outer tube drive first, material extruding is crushed, has the function that fast-crushing raw material, improves powder feeding efficiency.

Description

Efficient feed pipe for Chemical Manufacture

Technical field

The utility model relates to a kind of chemical production devices, are especially used for the efficient feed pipe of Chemical Manufacture.

Background technique

In the production process of chemical products, efficiently production is the precondition that profit increases, especially every field The continuous improvement of technical level provides guarantee for the efficient production of chemical products production.When being processed to raw material, tradition Equipment majority be the setting of simple pipeline, when encountering the raw material of raw material agglomeration or relatively large type, need to be beaten before feeding Thin or other earlier stage treatment process, cause powder feeding efficiency lower, and then influence entire production efficiency.

Existing auxiliary charging facility setting stirring or pass blocking bar mainly on feeding pipe, all do not consider from into Expects pipe position carries out micronization processes to raw material, these existing charging facilities can not well be crushed the raw material of addition Effect, it is still desirable to which advanced processing raw material cannot achieve the purpose that submit powder feeding efficiency.

Utility model content

The goal of the invention of the utility model is: the feeding device for existing Chemical Manufacture is only simple pipeline knot Structure does not consider the situation that raw material agglomerates or raw material build itself is larger, and the auxiliary charging facility of setting does not also consider, therefore causes Powder feeding efficiency is low, influences the technical issues of entire production is efficiency, provides a kind of efficient feed pipe for Chemical Manufacture, the height It imitates feed pipe and drives in first rotor relative rotation in rotor and second using outer tube, drive and squeeze shredder head and formed to being put into The material extruding crushed in pipe crushes, and has the function that fast-crushing raw material, improves powder feeding efficiency；And to raw material carry out heating or Humidification, further increases powder feeding efficiency, conducive to the raising of production efficiency.

To achieve the goals above, the technical solution adopted in the utility model are as follows:

For the efficient feed pipe of Chemical Manufacture, including the hopper, crushing pipe and warming and humidifying pipe being sequentially communicated, the powder Broken pipe is located at warming and humidifying pipe front end or rear end, and the crushing pipe includes outer tube and inner sleeve, and the outer tube includes first Turn to turn semicanal outside semicanal and second outside, turns the tubular structure of semicanal forming closed outside two, one of them turns the straight of semicanal outside Diameter enables two to turn semicanal outside and relatively rotates slightly larger than semicanal is turned outside another, and the inner sleeve includes turning semicanal outside with first In connected first rotor and with turn that semicanal is connected outside second second in rotor, the rotor in rotor and second in first Inner wall on be connected with multiple extruding shredder heads, the structure for heating and humidifying to raw material is equipped in the warming and humidifying pipe.

The efficient feed pipe includes sequentially connected hopper, crushes pipe and warming and humidifying pipe, turns semicanal and second outside first Turn the outer tube that semicanal composition crushes pipe outside, drive rotor rotation in rotor and second in first respectively, and then makes to turn in two Extruding shredder head relative position on piece inner wall changes, and is formed to the material extruding crushing crushed in pipe is put into, reaches quick powder The effect of broken raw material improves powder feeding efficiency；And warming and humidifying pipe is heated or is humidified to raw material, the more conducively refinement of raw material, Powder feeding efficiency is further increased, conducive to the raising of production efficiency.

As a preferred embodiment of the present invention, described first turns to be connected with multiple connections in semicanal and first between rotor outside Muscle turns also to be connected with multiple dowels in semicanal and second between rotor outside second.Dowel is for connecting the outer semicanal and interior of turning The relative position of rotor, so rotation is outer turn semicanal when can drive interior rotor changing position, realize drive squeeze shredder head into Row crushes the function of raw material.

As a preferred embodiment of the present invention, the extruding shredder head is the rod-shaped knot being connected on interior rotor inner wall Structure is equipped with multiple sharp knives in rod-like structure.The sharp knife being arranged in shredder head is squeezed to be more convenient for quickly dividing block stock Solution improves powder feeding efficiency.

As a preferred embodiment of the present invention, the sharp knife squeezed in shredder head is being squeezed along its circumferential lopping arrangement Shredder head is pressed to be equipped with multi-turn sharp knife.

As a preferred embodiment of the present invention, it is additionally provided with and turns to turn semicanal outside semicanal and second outside first for driving respectively The driving mechanism of rotation, and it is equipped with limiting device, for limiting the tubulose knot for turning to turn semicanal composition outside semicanal and second outside first Structure constitutes whole circle.Limiting device is used to limit the maximum relative position for turning to turn semicanal rotation outside semicanal and second outside first, maintains The tubular structure of feed pipe avoids raw material from shedding feed pipe.

As a preferred embodiment of the present invention, the warming and humidifying pipe includes outer race tube and inner ring pipe, the inner ring pipe Including inner ring humidification chamber and inner ring heating chamber, and inner ring humidification chamber and inner ring heating chamber are arranged independently of each other.Relatively independent setting Inner ring humidification chamber and inner ring heating chamber realize the function of humidifying and heat to raw material respectively, mention faster to crush blocking raw material For supporting.

As a preferred embodiment of the present invention, the outer wall of the inner ring humidification chamber is equipped with more spray tubes, is spraying There are multiple nozzles on pipe, the liquid supplementation pipe being connected to inner ring humidification chamber is additionally provided in outer race tube.Spray is connected on inner ring humidification chamber Pipe, and nozzle is set on spray tube, for being humidified to raw material.

As a preferred embodiment of the present invention, it is equipped with heat-conducting block in the inner ring heating chamber, and is equipped in outer race tube The heating wires connecting with heat-conducting block are equipped with more heating rods on the outer wall of inner ring heating chamber.It is set in inner ring heating chamber thermally conductive Block, and more heating rods are set on the outer wall of inner ring heating chamber, for being heated to raw material.

As a preferred embodiment of the present invention, the inner ring humidification chamber and inner ring heating chamber are arcuate structure, are enclosed Material channel hole is formed, the spray tube and heating rod extend in material channel hole.Inner ring humidification chamber and inner ring heating enclose Material channel hole is formed, and spray tube and heating rod extend in material channel hole, directly contact with raw material, raw material is carried out Humidification and heating, the raw material for crushing agglomeration have a significant effect.

As a preferred embodiment of the present invention, connection inner ring humidification chamber and interior is respectively provided on the inside pipe wall of outer ring Enclose the supporting rib of heating chamber.

In conclusion by adopting the above-described technical solution, the beneficial effects of the utility model are:

1, the efficient feed pipe drives using rotor relative rotation in rotor and second in outer tube drive first and squeezes powder Broken capitiform is put into the material extruding crushed in pipe in pairs and crushes, and has the function that fast-crushing raw material, improves powder feeding efficiency；And it is right Raw material is heated or is humidified, and powder feeding efficiency is further increased, conducive to the raising of production efficiency；

2, it squeezes the sharp knife being arranged in shredder head to be more convenient for quickly decomposing block stock, improves powder feeding efficiency；

3, limiting device, which is used to limit, turns outside first to turn the maximum relative position that semicanal rotates outside semicanal and second, maintain into The tubular structure of expects pipe avoids raw material from shedding feed pipe；

4, the inner ring humidification chamber of relatively independent setting and inner ring heating chamber realize the function of humidifying and heat to raw material respectively, Raw material faster to crush blocking provides support；Spray tube is connected on inner ring humidification chamber, and nozzle is set on spray tube, is used for Raw material is humidified；Heat-conducting block is set in inner ring heating chamber, and sets more heating rods on the outer wall of inner ring heating chamber, for raw material Heating；

5, inner ring humidification chamber and inner ring heating are enclosed material channel hole, and spray tube and heating rod are toward material channel Extend in hole, directly contacted with raw material, raw material is humidified and is heated, the raw material for crushing agglomeration has apparent effect Fruit.

Detailed description of the invention

Fig. 1 is the schematic diagram that efficient feed pipe is used for packet oil film melting tank in embodiment.

Fig. 2 is structural schematic diagram of the utility model for the efficient feed pipe of Chemical Manufacture.

Fig. 3 is that pipe sectional view along A-A is crushed in Fig. 2.

Fig. 4 is the structural schematic diagram of warming and humidifying pipe in Fig. 2.

Fig. 5 is the structural schematic diagram of hopper in Fig. 2.

Marked in the figure: 1- melts tank body, the efficient feed pipe of 2-, 201- crushes pipe, turns semicanal outside 2011- first, 2012- the Turn semicanal outside two, rotor in 2013- first, rotor in 2014- second, 2015- squeezes shredder head, 2016- dowel, and 202- adds Hot humidifier tube, 2021- outer race tube, 2022- inner ring humidification chamber, 2023- inner ring heating chamber, 2024- liquid supplementation pipe, 2025- support Muscle, 2026- heating rod, 2027- spray tube, 203- hopper, 2031- diversion trench, 3- agitating shaft, 4- gravity countersunk head.

Specific embodiment

With reference to the accompanying drawing, the utility model is described in detail.

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only to explain this Utility model is not used to limit the utility model.

Embodiment 1

As Figure 2-Figure 5, the efficient feed pipe 2 for Chemical Manufacture of the present embodiment, including the hopper being sequentially communicated 203, it crushes pipe 201 and warming and humidifying pipe 202, the crushing pipe 201 of the present embodiment is located at 202 front end of warming and humidifying pipe, the powder Broken pipe 201 includes outer tube and inner sleeve, and the outer tube includes turning to turn semicanal 2012 outside semicanal 2011 and second outside first, and two A outer tubular structure for turning semicanal forming closed, one of them outer diameter for turning semicanal make slightly larger than semicanal is turned outside another Turning semicanal outside two can relatively rotate, the inner sleeve include with turn that semicanal 2011 is connected outside first first in rotor 2013, And with turn that semicanal 2012 is connected outside second second in rotor 2014, the rotor 2014 in rotor 2013 and second in first Inner wall on be connected with multiple extruding shredder heads 2015, be equipped in the warming and humidifying pipe 202 for heating and humidifying to raw material Structure.

The efficient feed pipe of the present embodiment includes sequentially connected hopper, crushes pipe and warming and humidifying pipe, turns half outside first Turn the outer tube that semicanal composition crushes pipe outside pipe and second, drives rotor rotation in rotor and second in first respectively, and then make Extruding shredder head relative position on two interior rotor inner walls changes, and is formed to the material extruding crushing crushed in pipe is put into, is reached To the effect of fast-crushing raw material, powder feeding efficiency is improved；And warming and humidifying pipe is heated or is humidified to raw material, more conducively raw material Refinement, powder feeding efficiency is further increased, conducive to the raising of production efficiency.

Embodiment 2

As Figure 2-Figure 5, the efficient feed pipe 2 for Chemical Manufacture of the present embodiment, including the hopper being sequentially communicated 203, it crushes pipe 201 and warming and humidifying pipe 202, the crushing pipe 201 of the present embodiment is located at 202 rear end of warming and humidifying pipe, the powder Broken pipe 201 includes outer tube and inner sleeve, and the outer tube includes turning to turn semicanal 2012 outside semicanal 2011 and second outside first, and two A outer tubular structure for turning semicanal forming closed, one of them outer diameter for turning semicanal make slightly larger than semicanal is turned outside another Turning semicanal outside two can relatively rotate, the inner sleeve include with turn that semicanal 2011 is connected outside first first in rotor 2013, And with turn that semicanal 2012 is connected outside second second in rotor 2014, the rotor 2014 in rotor 2013 and second in first Inner wall on be connected with multiple extruding shredder heads 2015, be equipped in the warming and humidifying pipe 202 for heating and humidifying to raw material Structure.

Embodiment 3

As Figure 2-Figure 5, the efficient feed pipe 2 of Chemical Manufacture, the present embodiment are used for according to embodiment 1 or 2 First outside turn to be connected with multiple dowels 2016 in semicanal 2011 and first between rotor 2013, turn semicanal 2012 outside second And multiple dowels 2016 are also connected in second between rotor 2014.Dowel is used to connect turns the opposite of semicanal and interior rotor outside Position, so rotation is outer turn semicanal when can drive interior rotor changing position, realize to drive and squeeze shredder head and carry out crushing raw material Function.

Further, the extruding shredder head 2015 is the rod-like structure being connected on interior rotor inner wall, in rod-like structure It is equipped with multiple sharp knives.It squeezes the sharp knife being arranged in shredder head to be more convenient for quickly decomposing block stock, improves charging effect Rate.

Further, the sharp knife squeezed in shredder head 2015 is squeezing shredder head along its circumferential lopping arrangement 2015 are equipped with multi-turn sharp knife.

In the present embodiment, it is additionally provided with and turns to turn the rotation of semicanal 2012 outside semicanal 2011 and second outside first for driving respectively Driving mechanism, and limiting device is equipped with, for limit the pipe for turning to turn outside semicanal 2011 and second semicanal 2012 outside first and forming Shape structure constitutes whole circle.Limiting device is used to limit the maximum relative position for turning to turn semicanal rotation outside semicanal and second outside first, The tubular structure for maintaining feed pipe avoids raw material from shedding feed pipe.

Embodiment 4

As Figure 2-Figure 5, the efficient feed pipe 2 of Chemical Manufacture, this reality are used for according to one of embodiment 1-3 The warming and humidifying pipe for applying example includes outer race tube 2021 and inner ring pipe, and the inner ring pipe includes inner ring humidification chamber 2022 and inner ring heating Chamber 2023, and inner ring humidification chamber 2022 and inner ring heating chamber 2023 are arranged independently of each other.The inner ring humidification chamber of relatively independent setting The function of humidifying and heat to raw material is realized respectively with inner ring heating chamber, and the raw material faster to crush blocking provides support.

Further, the outer wall of the inner ring humidification chamber 2022 is equipped with more spray tubes 2027, on spray tube 2027 There are multiple nozzles, the liquid supplementation pipe 2024 being connected to inner ring humidification chamber is additionally provided in outer race tube 2021.It is connected on inner ring humidification chamber Spray tube, and nozzle is set on spray tube, for being humidified to raw material.

Further, it is equipped with heat-conducting block in the inner ring heating chamber 2023 of the present embodiment, and is equipped in outer race tube 2021 The heating wires connecting with heat-conducting block are equipped with more heating rods 2026 on the outer wall of inner ring heating chamber 2023.Inner ring heating chamber Heat-conducting block is inside set, and sets more heating rods on the outer wall of inner ring heating chamber, for being heated to raw material.

In the present embodiment, the inner ring humidification chamber 2022 and inner ring heating chamber 2023 are arcuate structure, are enclosed original Expect access opening, the spray tube 2027 and heating rod 2026 extend in material channel hole.Inner ring humidification chamber and inner ring heating are enclosed Conjunction forms material channel hole, and spray tube and heating rod extend in material channel hole, directly contact with raw material, to raw material into Row humidification and heating, the raw material for crushing agglomeration have a significant effect.

Further, connection inner ring humidification chamber 2022 and inner ring heating chamber are respectively provided on 2021 inner wall of outer race tube 2023 supporting rib 2025.

Embodiment 5

As Figure 1-Figure 5, it is used to wrap for the efficient feed pipe 2 of Chemical Manufacture according to one of embodiment 1-4 The feed entrance point of oil film thawing vat sets efficient feed pipe 2 on the side wall for melting tank body 1, and agitating shaft is equipped in tank body 1 melting 3, deeply melt the end in tank body 1 in agitating shaft 3 and is connected with gravity countersunk head 4.

The packet oil film thawing vat of the present embodiment is driven in first using the outer tube of efficient feed pipe and is turned in rotor and second Piece relative rotation, and extruding shredder head is driven to be formed to the material extruding crushing crushed in pipe is put into, reach fast-crushing raw material Effect, improve packet oil film thawing vat powder feeding efficiency and melt efficiency；And raw material is heated or is humidified, it is also beneficial to give birth to Produce the raising of efficiency.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims

1. being used for the efficient feed pipe of Chemical Manufacture, which is characterized in that including the hopper, crushing pipe and warming and humidifying being sequentially communicated Pipe, the crushing pipe are located at warming and humidifying pipe front end or rear end, and the crushing pipe includes outer tube and inner sleeve, the outer tube Turn to turn semicanal outside semicanal and second outside including first, turns the tubular structure of semicanal forming closed outside two, one of them outer turn The diameter of semicanal enables two to turn semicanal outside and relatively rotates, the inner sleeve includes and first slightly larger than semicanal is turned outside another Turn outside rotor in semicanal is connected first and with turn that semicanal is connected outside second second in rotor, the rotor and the in first Multiple extruding shredder heads are connected in two on the inner wall of rotor, are equipped in the warming and humidifying pipe for heating and humidifying to raw material Structure.

2. the efficient feed pipe according to claim 1 for Chemical Manufacture, which is characterized in that turn semicanal outside described first And multiple dowels are connected in first between rotor, turn also to be connected with multiple connections in semicanal and second between rotor outside second Muscle.

3. the efficient feed pipe according to claim 1 for Chemical Manufacture, which is characterized in that the extruding shredder head is The rod-like structure being connected on interior rotor inner wall is equipped with multiple sharp knives in rod-like structure.

4. the efficient feed pipe according to claim 3 for Chemical Manufacture, which is characterized in that in the extruding shredder head Sharp knife along its circumferential lopping arrangement, multi-turn sharp knife is equipped on squeezing shredder head.

5. the efficient feed pipe according to claim 4 for Chemical Manufacture, which is characterized in that be additionally provided with for band respectively Turn the driving mechanism for turning semicanal rotation outside semicanal and second outside dynamic first, and be equipped with limiting device, turns half outside first for limiting The tubular structure for turning semicanal composition outside pipe and second constitutes whole circle.

6. the efficient feed pipe of Chemical Manufacture is used for described in one of -5 according to claim 1, which is characterized in that the heating adds Wet pipe includes outer race tube and inner ring pipe, and the inner ring pipe includes inner ring humidification chamber and inner ring heating chamber, and inner ring humidification chamber and interior Circle heating chamber is arranged independently of each other.

7. the efficient feed pipe according to claim 6 for Chemical Manufacture, which is characterized in that the inner ring humidification chamber Outer wall is equipped with more spray tubes, there is multiple nozzles on spray tube, is additionally provided in outer race tube and is connected to inner ring humidification chamber Liquid supplementation pipe.

8. the efficient feed pipe according to claim 7 for Chemical Manufacture, which is characterized in that in the inner ring heating chamber Equipped with heat-conducting block, and it is equipped with the heating wires connecting with heat-conducting block in outer race tube, is equipped on the outer wall of inner ring heating chamber more Root heating rod.

9. the efficient feed pipe according to claim 8 for Chemical Manufacture, which is characterized in that the inner ring humidification chamber and Inner ring heating chamber is arcuate structure, is enclosed material channel hole, and the spray tube and heating rod prolong in material channel hole It stretches.

10. the efficient feed pipe according to claim 9 for Chemical Manufacture, which is characterized in that on the inside pipe wall of outer ring It is respectively provided with the supporting rib of connection inner ring humidification chamber and inner ring heating chamber.